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stone paper minerale sheet piece meet beef.webp
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Feuille alimentaire minérale ingraissable

Hors cuisson .  Triple usage

Emballage / Thermoscellage / Mise sous vide

How PURECONTACT Secures Your Food Contacts

A hydrophobic and oleophobic barrier that originates from the mineral, without added chemical layers

A hydrophobic and oleophobic barrier that originates from the mineral, without added chemical layers

A hydrophobic and oleophobic barrier that originates from the mineral, without added chemical layers

feuille

d’emballage

sachet

thermoscellé

usage

sous vide

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Minerya Offers a Mineral Sheet

80% Stone Powder

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

0 Litres of Process Water

Durable, Resistant, Printable

Compatible with numerous existing processes

0% Added Chemicals

Stone Paper.jpg

Minerya Offers a Mineral Sheet

80% Stone Powder

0 Litres of Process Water

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Durable, Resistant, Printable

0% Added Chemicals

0% Added Chemicals

Stone Paper.jpg

Minerya Offers a Mineral Sheet

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Stone Paper.jpg

Minerya Offers a Mineral Sheet

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Minerya Offers a Mineral Sheet

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Stone Paper.jpg

Minerya Offers a Mineral Sheet

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Low-Energy Manufacturing

(up to −60% vs traditional paper, −67% carbon footprint)

Stone Paper.jpg
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In the food industry, every contact between packaging and product is a potential risk zone... regulatory, sanitary, and economic.

By 2026, the combination of PFAS, PPWR, EUDR, and HACCP requirements demands a new equation: ensuring high barrier performance, without added chemicals, while remaining recyclable and traceable.

PURECONTACT meets this equation by deriving barrier properties from minerals, not treatments.

In the food industry, every contact between packaging and product is a potential risk zone... regulatory, sanitary, and economic.

By 2026, the combination of PFAS, PPWR, EUDR, and HACCP requirements demands a new equation: ensuring high barrier performance, without added chemicals, while remaining recyclable and traceable.

PURECONTACT meets this equation by deriving barrier properties from minerals, not treatments.

Explore food-related usesExplore food-related uses

In the food industry, every contact between packaging and product is a potential risk zone... regulatory, sanitary, and economic.

By 2026, the combination of PFAS, PPWR, EUDR, and HACCP requirements demands a new equation: ensuring high barrier performance, without added chemicals, while remaining recyclable and traceable.

PURECONTACT meets this equation by deriving barrier properties from minerals, not treatments.

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